Granted Patent B2

US 7,841,301 · App. 11/927,672 · Granted Nov 30, 2010

Abstract

Claims (36)

1. A low impedance probe for use with an electronic animal training apparatus, said low impedance probe comprising:

an electrically conductive member comprising:

a first end adapted to physically connect to the electronic animal training apparatus, said first end adapted to make a first electrical connection to the electronic animal training apparatus thereby allowing receipt of an electrical stimulus from the electronic animal training apparatus; and

a second end adapted to reside in close physical proximity to the animal, said second end adapted to be in electrical connection with the animal thereby allowing transfer of an electrical stimulus from the electronic animal training apparatus to the animal; and

a conductive gel source configured to provide conductive gel in physical and electrical communication with said second end, said conductive gel adapted to be in physical and electrical communication with the animal, said conductive gel reducing an electrical impedance between said electrically conductive member and the animal.

2. The low impedance probe of claim 1 , wherein said conductive gel source comprises a substantially rigid conductive gel, said conductive gel being shaped to fit over and remain secured to said second end.

3. The low impedance probe of claim 2 , wherein said second end comprises a first retaining member, said conductive gel comprising a second retaining member, said first and second retaining members cooperating to releasably secure said conductive gel to said second end.

4. The low impedance probe of claim 3 , wherein said first retaining member is defined by an indent in said second end, and wherein said second retaining member is defined by a detent in said conductive gel.

5. The low impedance probe of claim 2 , wherein at least a portion of said conductive gel boot is fabricated from a conductive gel having a viscosity sufficient to allow said conductive gel boot to substantially conform to the surface of the animal.

6. The low impedance probe of claim 2 , wherein said conductive gel comprises an adhesive releasably securing said conductive gel to said second end.

7. The low impedance probe of claim 5 , wherein said adhesive is defined by said conductive gel.

8. The low impedance probe of claim 2 , said conductive gel boot defining:

a first conductive gel region disposed proximate said indent, said first conductive gel region having a viscosity sufficient to allow said conductive gel boot to substantially retain its engagement with said second end; and

a second conductive gel region adapted to extend toward the animal, said second conductive gel region having a viscosity sufficient to allow said second conductive gel region to substantially conform to the surface of the animal.

9. The low impedance probe of claim 1 , said conductive gel source further comprising:

a reservoir for holding a measure of conductive gel; and

an outlet defined by said reservoir and disposed proximate said second end, said outlet providing fluid communication between said reservoir and a region proximate said second end;

whereby conductive gel is allowed to flow from said reservoir to a region proximate said second end and proximate the animal upon bringing said second end into proximity with the animal.

10. The low impedance probe of claim 9 , wherein said electrically conductive member defines an internal cavity, said reservoir being disposed within said internal cavity.

11. The low impedance probe of claim 9 , wherein said second end defines said outlet.

12. The low impedance probe of claim 9 , wherein said electrically conductive member defines an internal cavity, said reservoir being disposed within said internal cavity, and wherein said second end defines said outlet.

13. The low impedance probe of claim 1 , said conductive gel source further comprising:

a reservoir for storing a volume of conductive gel having sufficient fluidity to allow said conductive gel to flow when pressure is applied, said reservoir having a first end and a second end;

an outlet defined proximate said second end, said outlet allowing fluid communication with said reservoir; and

a dispenser for discharging an amount of conductive gel from said reservoir through said outlet.

14. The low impedance probe of claim 13 , said dispenser further comprising:

a measure of pressurized gas contained within said reservoir; and

a valve configured to regulate the flow of conductive gel through said outlet.

15. The low impedance probe of claim 13 , said dispenser further comprising:

a plunger moveable within said internal cavity, said plunger applying pressure to said conductive gel within said reservoir and forcing said conductive gel to exit said reservoir through said outlet; and

a drive connected to said plunger, said drive moving said plunger within said reservoir, said drive adapted to be in communication with the electronic animal training apparatus thereby allowing operation of said drive to be controlled by the electronic animal training apparatus.

16. The low impedance probe of claim 15 , wherein said drive comprises a linear drive.

17. The low impedance probe of claim 15 , wherein said drive comprises a piezoelectric motor.

18. The low impedance probe of claim 15 , wherein said electrically conductive member defines an internal cavity, said reservoir being disposed within said internal cavity.

19. The low impedance probe of claim 13 , wherein said electrically conductive member defines an internal cavity, said reservoir being disposed within said internal cavity.

20. The low impedance probe of claim 13 , wherein said second end defines said outlet.

Assignments (14)